Laser cutting machine for medical planar instruments ML-MD6045

Application

The laser cutting machine is mainly used for the laser micromachining of planar and curved medical instruments such as cranial fixation plates, connecting plates and electrode plates

High Precision Machining

Small cutting seam width :

15~30um

High machining accuracy :

≤ ±10um

Good quality of incision :

no burr & smooth incision

High machining efficiency :

direct-drive mobile dual-drive system, one-off cutting through single layer material

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Description of laser cutting machine for medical flat instruments

Laser cutting machine for planar and curved medical instruments for fine processing such as laser cutting, drilling, grooving, scribing and so on, such as titanium alloy cranial fixation, L1.2mm support rod forming, SUS304 endoscope clip, joint plate, nickel titanium electrode, etc. The device adopts direct drive mobile dual drive system, cutting through single-layer material at one time, has the advantages of high processing efficiency, good incision quality, small cutting seam width and high processing accuracy.

Equipment parameters

Maximum operating speed	500mm/s（X）；500mm/s（Y1&Y2）；50mm/s（Z）
Positioning accuracy	±3um（X）±3um（Y1&Y2）；±5um（Z）
Repetitive positioning accuracy	±1um（X）；±1um（Y1&Y2）；±3um（Z）
Machining material	304&316L&Ni-Ti&L605&Li&Mg&Al&Cu&Fe&Ceramic etc.
Material wall thickness	0~2.0±0.02 mm
Plane processing range	450mm*600mm
Laser type	Fiber laser
Laser wavelength	1030-1070±10nm
laser power	100W&200W&250W&300W&500W&1000W&QCW150W for option
Equipment power supply	220V± 10%, 50Hz；AC 25A (main circuit breaker);
Equipment dimensions	1280mm1320mm1600mm
Equipment weightr	1500Kg

Strong adaptability

With laser cutting, drilling, slotting, scribing and other fine machining capabilities
Can machine 304&316L&Ni-Ti&L605&Li&Mg&Al&Cu&Fe&Ceramic and other materials
Can machine plane and curved surface instruments
Provide double position & machine vision positioning & receiving and closed blanking & automatic loading and unloading system & machining dynamic monitoring and other matching functions
Equipped with self-developed long & short focal length fine laser cutting head with sharp & flat nozzle & compatible with commercially available laser cutting head
Equipped with self-developed 2D & 2.5D & 3D CAM software system for laser micromachining

Sample display

CT tungsten steel electrode

L1. 2mm support rod forming

SUS304 endoscope clip

WT0. 8mm titanium alloy cranial fixator

Microstructure forming of various alloys

Nickel titanium electrode sheet

Ceramic microporous machining

Laser forming of medical stainless steel sheet

Laser cutting molding of medical plane instrument

Flexible design

Follow the design concept of ergonomics, delicate and concise
Can process 304 & 316L & Ni-Ti & L605 and other alloy materials
Provide the optional function of machine vision system to real time online monitor the laser dynamic machining process
The software and hardware functions match flexibly, support personalized function configuration & intelligent production management
Support forward innovative design from component level to system level
Open type control & laser micromachining software system is easy to operate & intuitive interface